- Reconnection in Three Dimensions: The Role of Spines in Three Eruptive Angela Des Jardins1, Richard Canfield1, Dana Longcope1, Crystal Fordyce2 and Scott
- Signatures of Magnetic Stress Prior to Three Solar Flares Observed by RHESSI
- Evidence of separator reconnection in a survey of Xray bright D.W. Longcope, C.C. Kankelborg, J.L. Nelson and A.A. Pevtsov 1
- Magnetic Helicity Injection by Horizontal Flows in the Quiet Sun: I. Mutual Helicity Flux
- NANOFLARE MODELING OF AN X-RAY BRIGHT POINT CORONAL LOOP
- Selforganized criticality from separator reconnection in solar D. W. Longcope and E. J. Noonan
- On ThreeDimensional Magnetic Skeleton Elements due to Discrete Flux Sources
- A general theory of connectivity and current sheets in coronal magnetic fields anchored to discrete sources
- Defining and Calculating Self-Helicity in Coronal Magnetic Fields D.W. Longcope and A. Malanushenko
- Fast magnetosonic waves launched by transient, current sheet reconnection
- Inferring a photospheric velocity field from a sequence of vector magnetograms: The Minimum Energy Fit
- A comparison of the Minimum Current Corona to a magnetohydrodynamic simulation of quasi-static coronal evolution
- ASP Conference Series, Vol. **VOLUME***, **YEAR OF PUBLICATION** **NAMES OF EDITORS**
- A three-dimensional dynamical model of current sheet formation in a coronal loop
- Determining the Source of Coronal Helicity Through Measurements of Braiding and Spin Helicity Fluxes in Active
- Forward modeling of the coronal response to reconnection in an Xray bright point
- On magnetic reconnection in compact flares: How can the models apply to real flares?
- A three-dimensional dynamical model of current sheet formation in a coronal loop
- Earth Planets Space, 00, 001--004, 1998 Topology is Destiny: Reconnection energetics in the corona
- THE ORIENTATIONAL RELAXATION OF BIPOLAR ACTIVE REGIONS
- A general theory of connectivity and current sheets in coronal magnetic elds anchored to discrete sources
- Helicity Transport and Generation in the Solar Convection D. W. Longcope 1 , and A. A. Pevtsov 2
- Coronal Heating at Separators and Separatrices E.R. Priest, D. W. Longcope1
- Topology and current ribbons: A model for current, reconnection and flaring in a complex, evolving corona
- Flux tube twist resulting from helical turbulence: The \Sigmaeffect
- Implementing a Magnetic Charge Topology Model for Solar Active Regions
- A Viscoelastic Theory of Turbulent Fluid Permeated with Fibril Magnetic Fields
- A hierarchical application of the Minimum Current Corona C. Beveridge and D.W. Longcope
- Helicity Evolution in Emerging Active Regions Alexei A. Pevtsov
- QUANTIFYING MAGNETIC RECONNECTION AND THE HEAT IT GENERATES Dana Longcope
- Separator current sheets: Generic features in minimumenergy magnetic fields subject to flux
- Draft version June 13, 2005 Preprint typeset using L A T E X style emulateapj v. 11/12/01
- Coronal Heating in Active Regions as a Function of Global Magnetic Variables
- Draft version May 12, 2004 Preprint typeset using L A T E X style emulateapj v. 11/12/01
- A Quantitative, Topological Model of Reconnection and Flux Rope Formation in a Two-Ribbon Flare
- Coronal heating by collision and cancellation of magnetic elements D. W. Longcope and C. C. Kankelborg
- A Viscoelastic Theory of Turbulent Fluid Permeated with Fibril Magnetic Fields
- A Model for Patchy Reconnection in Three Dimensions M.G. Linton
- A model for the emergence of a twisted magnetic flux tube D.W. Longcope and B.T. Welsch
- On the distribution of magnetic null points above the solar photosphere D.W. Longcope
- A model for current sheets and reconnection in Xray bright points